International Journal of Thermofluids,
Год журнала:
2024,
Номер
22, С. 100694 - 100694
Опубликована: Май 1, 2024
Energy
efficiency,
exergy
efficiency
&
destruction,
economic,
environmental,
and
error
analysis
analyses
have
been
presented
for
the
proposed
trigeneration
system.
The
metrics
provided
an
inclusive
understanding
of
system's
ability
to
effectively
convert
energy
inputs
useful
outputs
while
minimizing
losses
waste.
goal
is
optimize
cycle
performance
find
most
efficient
configuration
meeting
Middle
East's
energy,
cooling,
freshwater
needs
using
a
sustainable,
solar-driven
study
has
observed
increased
efficiencies
by
60.34
63.27%
25.98
29.59%
direct
normal
Irradiance
(DNI)
values
varied
from
600W/m2
1000
W/m2.
total
saving
accounted
4453220
USD/year
as
compared
commercial
electricity
which
includes
net
production,
through
ejector
absorption
cost
water
purification
(through
Reverse
Osmosis
Plant)
in
one
year.
payback
period
plant
mentioned
this
evaluated
6.66
years.
CO2
mitigation
22185.24
MT/year
other
pollutants
can
also
be
mitigated
like
SO2
40.425
NOx
136.415
MT/year.
Scientific Reports,
Год журнала:
2024,
Номер
14(1)
Опубликована: Май 16, 2024
The
underutilization
of
digestate-derived
polymers
presents
a
pressing
environmental
concern
as
these
valuable
materials,
derived
from
anaerobic
digestion
processes,
remain
largely
unused,
contributing
to
pollution
and
degradation
when
left
unutilized.
This
study
explores
the
recovery
utilization
biodegradable
biomass
digestate
enhance
performance
solar
photovoltaic
(PV)
cells
while
promoting
sustainability.
process
generates
organic
residues
rich
in
often
considered
waste.
However,
this
research
investigates
potential
repurposing
materials
by
recovering
transforming
them
into
high-quality
coatings
or
encapsulants
for
PV
cells.
recovered
not
only
improve
efficiency
lifespan
but
also
align
with
sustainability
objectives
reducing
carbon
footprint
associated
cell
production
mitigating
harm.
involves
comprehensive
experimental
design,
varying
coating
thickness,
direct
normal
irradiance
(DNI)
(A),
dry
bulb
temperature
(DBT)
(B),
relative
humidity
(C)
levels
analyze
how
different
types
interact
diverse
conditions.
Optimization
showed
that
better
result
was
achieved
at
A
=
8
W/m
Biofuels,
Год журнала:
2025,
Номер
unknown, С. 1 - 14
Опубликована: Янв. 2, 2025
The
need
for
sustainable
fuels
is
on
high
rise
due
to
energy
needs
in
vehicles
and
power
generation
ease
human
life.
Ethanol
blending
palm
oil
biodiesel
are
more
promising
options
as
an
alternate
fuel
spark
ignition
(SI)
compression
(CI)
engines.
In
the
present
study,
a
detailed
review
carried
out
ethanol
production
policies
Indian
transportation
sector.
use
of
20%
(by
volume)
with
gasoline
diesel
suggested
optimal
operation
Government
India
poised
utilize
blended
fulfil
demand
diesel.
Some
2003,
2005,
3028
2019
have
been
implemented
others
process,
targeting
roadmap
up
2030.
Still,
there
systematic
policies,
storage
guidelines,
green
implementation
transport
industries.
Green Technologies and Sustainability,
Год журнала:
2024,
Номер
2(2), С. 100079 - 100079
Опубликована: Фев. 20, 2024
Effective
control
of
inner
climatic
conditions
in
a
Heating
ventilation
and
air
conditioning
(HVAC)
system
based
on
efficiency
the
is
imperative
to
ensure
occupant
comfort,
energy
efficiency,
preservation
indoor
quality.
The
existing
problems
with
HVAC
includes
inefficient
adjustment
internal
room
parameters
limited
optimization
varying
loads.
current
study
investigates
influence
Industry
4.0
by
assessing
an
ventilated
for
output.
Smart
systems
like
AI
IoT,
integrated
sensors,
dynamically
adjust
external
climate,
enhancing
efficiency.
Using
Artificial
Neural
Networks
(ANN)
Response
Surface
Methodology
(RSM),
IoT
optimally
correlation
maximizing
utilizes
input
including
Dry
Bulb
Temperature
(DBT),
Relative
Humidity
(RH),
Solar
Radiation
across
diverse
days
analyse
ANN
RSM
iteratively
optimize
training
RH,
DBT,
quality
data.
They
converge
recommending
42%
28
°C
25
PM
quality,
achieving
0.851
desirability.
This
approach
enhances
heat
load
(75.89%)
(69.12%)
significantly.
Integration
sensors
resulted
16%
increase
15%
cost
effectiveness
controlled
compared
prior
measurements.
